Author: Arnes Biogradlija

This is Tunisia’s first actual commitment to producing green hydrogen.

In a panel discussion titled “Options for producing low-carbon hydrogen at scale,” four experts outlined current and future initiatives to use hydrogen to reduce carbon emissions.

H2SITE may make it possible to efficiently convert ammonia to hydrogen.

The Group intends to satisfy the equipment and supply needs that European station owners are presently experiencing as a result of the transition of their companies.

It will use ample local wind and solar power to create hydrogen through electrolysis.

As of May 2022, the installed capacity for renewable energy generating over all of India was 113 GW.

According to Statkraft, it wants to expand its geographic reach outside of the Nordic region and become a prominent developer of green hydrogen in Norway and Sweden.

The Quebec Ministry of Environment and Climate Change has issued Charbone Hydrogène an environmental permission certificate for the production of green hydrogen at the Sorel-Tracy plant. On Monday, June 20, a groundbreaking ceremony was place on the grounds of the port complex, close to the former Hydro-Québec power plant. This environmental authorization will eventually let Charbone to create up to 5,500 MW of green hydrogen for phases 1, 2, and 3. Charbone has also acquired preliminary permissions from the City of Sorel-Tracy for civil works. The factory is situated on roughly 40,000 square meters of property that Charbone has leased…

Everfuel A/S and Crossbridge Energy A/S have signed a long-term agreement specifying the conditions for hydrogen delivery from the first phase of Everfuel’s HySynergy Phase II PtX facility in Fredericia, Denmark, which is currently under construction. The agreement is a crucial step towards the construction of the 300MW electrolyzer plant. The two project partners have reached an agreement on the commercial conditions for the initial phase of the electrolyser facility, which will be constructed in three phases (A, B, and C) with 100 MW electrolysis capacity each.Section A will have a daily production capability of up to 40 tons of…

The University of Sheffield (UoS) is developing a Sustainable Aviation Fuels Innovation Centre (SAF-IC) with financing from the European Regional Development Fund (ERDF) to support and promote the production and characterization of decarbonized and sustainable aviation fuel. We’re hoping to acquire a proton exchange membrane (PEM) or a solid oxide hydrogen electrolyser to expand and support our significant research, development, and deployment efforts at the center. The Green Hydrogen Creation and Storage Facility project will allow for the production of green hydrogen on-site; while the device will be powered by the mains, the facility’s renewable electricity production potential is substantial.…